Electric power material distribution intelligent management method and system
By translocating and encrypting the vehicle distribution information in the electric power material distribution system, the information security risks of key storage methods are solved, and the safe transmission and efficient management of information are achieved.
Patent Information
- Application Number
- CN202411549335.9
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-11-01
- Publication Date
- 2025-01-24
Smart Images
Figure CN119359189A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the field of distribution logistics and supply chain management, and in particular to an intelligent management method and system for power material distribution. Background Art
[0002] With the development of society and the advancement of science and technology, electricity plays a vital role in people's production and life. To ensure the stable operation of the power system, the efficient distribution of power materials has become a key link. In the current power material distribution system, the distribution information of the distribution vehicles needs to be shared with the corresponding distribution locations in real time so that the recipients can timely grasp the distribution progress and expected arrival time and other important information of the materials. This real-time sharing mechanism greatly improves the transparency and efficiency of distribution, allowing the distribution locations to make preparations for receiving in advance and arrange manpower and resources reasonably.
[0003] However, in the process of realizing real-time sharing of distribution information, information security issues have become increasingly prominent. Currently, keys are usually used to ensure the secure transmission of distribution information, but the existing key storage method has major hidden dangers: keys are often kept on delivery vehicles. Since delivery vehicles face various complex environments and uncertain factors during driving, keys can be easily stolen by criminals. Once the keys are stolen, the distribution information will face the risk of being tampered with, leaked or maliciously used, which will seriously affect the safety and reliability of power material distribution. Summary of the invention
[0004] The present invention aims to provide an intelligent management method and system for power material distribution to solve the above-mentioned technical problems, realize the safe sharing of distribution information, avoid the interference of irrelevant information and potential risks of information leakage, and improve the management level of material distribution.
[0005] In order to solve the above technical problems, the present invention provides an intelligent management method for power material distribution, comprising the following steps:
[0006] Obtain the vehicle distribution information and original shared translocation table of all distribution vehicles related to the current material distribution plan in real time, so as to obtain the current safety sharing information corresponding to each distribution vehicle and update the shared translocation table based on the vehicle distribution information, the original shared translocation table and the preset translocation processing rules;
[0007] The delivery location information of all delivery vehicles is obtained, and the material receiving station corresponding to each delivery vehicle is determined based on the delivery location information, so as to asynchronously transmit the current safety sharing information and updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station, thereby allowing each material receiving station to obtain vehicle delivery information based on the current safety sharing information, updated shared translocation table and preset inverse processing rules.
[0008] The above scheme acquires the vehicle distribution information in the current material distribution plan through real-time collection, and converts and transposes it in a preset manner, thereby realizing the encrypted information sharing process. The material receiving station then performs information restoration processing to complete the information security sharing of the material distribution process, thereby enhancing the security of distribution information, avoiding interference from irrelevant information and potential risks of information leakage, and improving the management level of material distribution.
[0009] Furthermore, the vehicle distribution information and the original shared translocation table of all distribution vehicles related to the current material distribution plan are obtained in real time, so as to obtain the current safety shared information corresponding to each distribution vehicle and update the shared translocation table based on the vehicle distribution information, the original shared translocation table and the preset translocation processing rules. Specifically, the following steps are included: the vehicle distribution information of all distribution vehicles related to the current material distribution plan is obtained in real time, and the current distribution information is obtained by performing conversion processing based on the vehicle distribution information according to preset conversion rules; the original shared translocation table is obtained according to preset creation rules, and the translocation processing step is performed based on the current distribution information, the original shared translocation table and the preset translocation processing rules to obtain the current safety shared information corresponding to each distribution vehicle and update the shared translocation table.
[0010] In the above scheme, the vehicle distribution information of all distribution vehicles related to the current material distribution plan is acquired in real time and converted and transposed to realize information encryption, thereby enhancing the security of distribution information.
[0011] Furthermore, an original shared translocation table is obtained according to a preset creation rule, and a translocation processing step is performed based on the current delivery information, the original shared translocation table and the preset translocation processing rule to obtain the current safety shared information corresponding to each delivery vehicle, specifically including the following steps: an original shared translocation table is obtained according to the preset creation rule, wherein the original shared translocation table contains cells of a filled array; a plurality of translocation arrays are obtained according to a preset grouping rule based on the current delivery information; a coordinate system is created based on the original shared translocation table, and corresponding position coordinates of cells meeting preset corresponding conditions are obtained based on the translocation array, thereby randomly selecting a translocation change path of adjacent translocation arrays according to a preset trajectory change method based on the coordinate system and the corresponding position coordinates; a translocation feature is obtained according to the translocation change path according to the preset translocation mapping rule, and a translocation trajectory sequence is obtained based on the translocation feature; an updated shared translocation table is updated according to the preset update method based on the changed position coordinates; a splicing process is performed based on the translocation trajectory sequence to obtain safety shared information.
[0012] In the above scheme, the corresponding original shared translocation table is used to group the vehicle distribution information to obtain several translocation arrays, and the corresponding translocation trajectory sequence is obtained based on the adjacent translocation arrays, and the random selection condition is introduced in the process of determining the translocation change path. Although this method will change the translocation trajectory sequence, it will point to the corresponding two translocation arrays, making the translocation process more uncertain and secure. On the one hand, it increases the difficulty for attackers to crack the translocation trajectory and improves the security of vehicle distribution information during transmission; on the other hand, it also ensures that after complex translocation processing, it can still be accurately restored by the receiver, ensuring the integrity and accuracy of vehicle distribution information. At the same time, after each translocation trajectory sequence is determined in the above scheme, the shared translocation table of the corresponding distribution vehicle will be updated, and the update depends on several position coordinates of the translocation trajectory sequence. In this way, the dynamic security of the distribution information during transmission is guaranteed, making it difficult for attackers to predict and crack the encryption method of the information. At the same time, it has higher adaptability and flexibility, can better cope with different distribution scenarios and security challenges, and ensure the information security and reliability in the material distribution process.
[0013] Furthermore, according to the preset translocation mapping rules, the translocation features are obtained according to the translocation change path, and the translocation trajectory sequence is obtained based on the translocation features, which specifically includes the following steps: obtaining the change position coordinates in the translocation change path, and obtaining the coordinate sequence mark corresponding to each change position coordinate according to the preset marking method; obtaining the translocation features according to the preset position change order based on the change position coordinates, and obtaining the translocation sequence mark corresponding to each translocation feature based on the coordinate sequence mark; obtaining the translocation trajectory sequence based on the translocation features and the translocation sequence mark.
[0014] In the above scheme, the translocation change path obtained through translocation processing is processed to obtain a translocation trajectory sequence, which provides a basis for the subsequent splicing of current secure shared information, thereby completing the information encryption process and improving the security of vehicle delivery information during transmission.
[0015] Furthermore, after obtaining the current safety sharing information, it also includes: receiving the current safety sharing information corresponding to each delivery vehicle from the material distribution terminal in real time, and storing the current safety sharing information separately according to each corresponding delivery vehicle, and updating and storing the updated shared translocation table corresponding to each delivery vehicle, so as to asynchronously transmit the current safety sharing information and updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station.
[0016] In the above scheme, the security sharing information of all distribution vehicles and the updated shared translocation table are stored separately and transmitted off-site, thereby avoiding interference from irrelevant information and potential risks of information leakage, and realizing a strict method of information security transmission, ensuring that information in the material distribution process can be accurately transmitted to the corresponding material receiving station, thereby improving the efficiency and management level of material distribution.
[0017] The intelligent management method for power material distribution provided by the above scheme collects the distribution information of each distribution vehicle executing the material distribution plan in real time, converts the original shared translocation table of the corresponding distribution vehicle to obtain the current security shared information, and uniformly backs up and stores the current security shared information of all distribution vehicles executing the material distribution plan, and then transmits it to the corresponding material receiving station, which restores the data according to the updated shared translocation table. In this process, since each distribution vehicle only stores the corresponding original shared translocation table, each material receiving station only receives the current security shared information related to it, thereby ensuring the accuracy and pertinence of the distribution information, avoiding the interference of irrelevant information and the potential risk of information leakage, and through a strict information transmission and restoration mechanism, ensuring that the information in the material distribution process can be accurately transmitted to the corresponding receiving station, thereby improving the safety, efficiency and management level of material distribution.
[0018] The present invention also provides an intelligent management system for power material distribution, which is used to implement the above-mentioned intelligent management method for power material distribution. The system includes: a distribution vehicle, a material distribution terminal, a material receiving terminal and a material receiving station; wherein:
[0019] The distribution vehicle is used to execute the current material distribution plan;
[0020] The material distribution terminal is used to obtain the vehicle distribution information of all distribution vehicles related to the current material distribution plan in real time, and obtain the original shared translocation table, so as to obtain the current security shared information corresponding to each distribution vehicle and update the shared translocation table based on the vehicle distribution information, the original shared translocation table and the preset translocation processing rules;
[0021] The material receiving terminal is used to obtain the delivery location information of all delivery vehicles, and determine the material receiving station corresponding to each delivery vehicle based on the delivery location information, so as to asynchronously transmit the current security sharing information and the updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station;
[0022] The material receiving station is used to obtain vehicle delivery information based on the current security sharing information, updated shared translocation table and preset reverse processing rules.
[0023] The above scheme collects the vehicle distribution information of all distribution vehicles related to the current material distribution plan in real time by setting up a material distribution terminal, and converts the original shared translocation table of the distribution vehicle to obtain real-time security shared information, which is then transmitted to the corresponding material receiving station by the material receiving terminal, and the data is restored according to the corresponding updated shared translocation table, thereby enhancing the security of distribution information, avoiding interference from irrelevant information and potential risks of information leakage, and ensuring that the information in the material distribution process can be accurately transmitted to the corresponding receiving end through a strict information transmission and restoration mechanism, thereby improving the efficiency and management level of material distribution.
[0024] Furthermore, the material distribution terminal includes a material distribution module corresponding to each distribution vehicle, and the material distribution module includes a distribution information collection submodule and a security sharing submodule, wherein: the distribution information collection submodule is used to obtain the vehicle distribution information of the distribution vehicle in real time, and perform conversion processing based on the vehicle distribution information according to preset conversion rules to obtain the current distribution information; the security sharing submodule is used to obtain the original shared translocation table according to preset creation rules, and perform translocation processing steps based on the current distribution information, the original shared translocation table and the preset translocation processing rules to obtain the current security shared information corresponding to the distribution vehicle and update the shared translocation table.
[0025] In the above scheme, each distribution vehicle collects and obtains vehicle distribution information in real time through the material distribution module, and uses a complex translocation process to encrypt and obtain the current secure shared information, thereby realizing the secure sharing of distribution information.
[0026] Furthermore, the safety sharing submodule is used to obtain the original shared translocation table according to the preset creation rules, and perform the translocation processing steps based on the current delivery information, the original shared translocation table and the preset translocation processing rules to obtain the current safety sharing information corresponding to the delivery vehicle and update the shared translocation table, specifically including: a translocation table creation unit, used to obtain the original shared translocation table according to the preset creation rules, wherein the original shared translocation table contains cells filled with arrays; an information grouping unit, used to obtain several groups of translocation arrays according to the preset grouping rules based on the current delivery information; a coordinate change unit, used to create a coordinate system based on the original shared translocation table, Based on the translocation array, the corresponding position coordinates of the cells that meet the preset corresponding conditions are obtained, so as to randomly select the translocation change path of the adjacent translocation array according to the preset trajectory change method based on the coordinate system and the corresponding position coordinates, which includes several changed position coordinates; a sequence acquisition unit is used to obtain the translocation characteristics according to the translocation change path according to the preset translocation mapping rules, and obtain the translocation trajectory sequence based on the translocation characteristics; an update unit is used to update according to the preset update method based on the changed position coordinates to obtain an updated shared translocation table; an information splicing unit is used to perform splicing processing based on the translocation trajectory sequence to obtain secure shared information.
[0027] In the above scheme, different units in the security sharing submodule introduce random selection conditions in the complex translocation process, which not only increases the difficulty for attackers to crack the translocation trajectory, improves the security of distribution information during transmission, makes the translocation process more uncertain, but also ensures that the information can still be accurately restored by the receiver after complex translocation processing, ensures the integrity and accuracy of the material distribution information, and further enhances the security and anti-attack ability of the system; at the same time, the update unit continuously updates the shared translocation table as the translocation trajectory sequence continues to change, making it difficult for attackers to predict and crack the encryption method of the information, and also improves the adaptability and flexibility of the system, which can better cope with different distribution scenarios and security challenges, and ensure the information security and reliability in the material distribution process.
[0028] Furthermore, a sequence acquisition unit is used to acquire translocation features according to the translocation change path according to a preset translocation mapping rule, and to acquire a translocation trajectory sequence based on the translocation features, and specifically includes the following sub-units: a coordinate acquisition sub-unit, used to acquire the change position coordinates in the translocation change path, and to acquire the coordinate sequence mark corresponding to each change position coordinate according to a preset marking method; a coordinate translocation sub-unit, used to acquire the translocation features according to a preset position change order based on the change position coordinates, and to acquire the translocation sequence mark corresponding to each translocation feature based on the coordinate sequence mark; a trajectory acquisition sub-unit, used to acquire the translocation trajectory sequence based on the translocation features and the translocation sequence mark.
[0029] In the above scheme, through the collaboration of different sub-units, the translocation change path obtained through translocation processing is processed to obtain the translocation trajectory sequence, which provides a basis for the subsequent splicing of the current security shared information, thereby completing the information encryption process and improving the security of vehicle delivery information during transmission.
[0030] Furthermore, the intelligent management system for power material distribution provided by the present invention also includes: a shared supervision platform, which is used to receive in real time the current safety sharing information corresponding to each delivery vehicle from the material distribution terminal, and store the current safety sharing information separately according to each corresponding delivery vehicle, and update and store the updated shared translocation table corresponding to each delivery vehicle, so as to asynchronously transmit the current safety sharing information and updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station.
[0031] In the above scheme, the shared supervision platform separately stores the safety sharing information and updated shared translocation tables of all delivery vehicles and transmits them off-site. Each material receiving station only receives and stores the updated shared translocation table of the corresponding delivery vehicle, so that each material receiving station only receives the relevant delivery information, thereby ensuring the accuracy and pertinence of the delivery information, enhancing the security of the delivery information, avoiding interference from irrelevant information and potential risks of information leakage, and improving the efficiency and management level of material distribution.
[0032] The intelligent management system for power material distribution provided by the above solution ensures that information in the material distribution process can be accurately transmitted to the corresponding material receiving stations through a strict information transmission and restoration mechanism. At the same time, the system has higher adaptability and flexibility, and can better cope with different distribution scenarios and security challenges, thereby improving the efficiency and management level of the material distribution system. BRIEF DESCRIPTION OF THE DRAWINGS
[0033] Figure 1 A schematic diagram of an intelligent management method for power material distribution provided by an embodiment of the present invention;
[0034] Figure 2 A schematic diagram of an intelligent management system for power material distribution provided by an embodiment of the present invention;
[0035] Figure 3 A schematic diagram of a system for intelligent management of power material distribution provided in one embodiment of the present invention. DETAILED DESCRIPTION
[0036] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.
[0037] Embodiment 1:
[0038] This embodiment provides an intelligent management method for power material distribution, such as Figure 1 As shown, the following steps are included:
[0039] S1: Obtain the vehicle distribution information and original shared translocation table of all distribution vehicles related to the current material distribution plan in real time, so as to obtain the current security shared information corresponding to each distribution vehicle and update the shared translocation table based on the vehicle distribution information, the original shared translocation table and the preset translocation processing rules;
[0040] S2: Obtain the delivery location information of all delivery vehicles, and determine the material receiving station corresponding to each delivery vehicle based on the delivery location information, so as to asynchronously transmit the current safety sharing information and updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station, thereby allowing each material receiving station to obtain vehicle delivery information based on the current safety sharing information, updated shared translocation table and preset inverse processing rules.
[0041] During the specific implementation process, the vehicle distribution information in the current material distribution plan is acquired through real-time collection and conversion and transposition processing in a preset manner, thereby realizing the encrypted information sharing process. The material receiving station then performs information restoration processing to complete the information security sharing of the material distribution process, thereby enhancing the security of distribution information, avoiding interference from irrelevant information and potential risks of information leakage, and improving the management level of material distribution.
[0042] Optionally, step S1 specifically includes the following steps: acquiring the vehicle delivery information of all delivery vehicles related to the current material distribution plan in real time, and performing conversion processing based on the vehicle delivery information according to preset conversion rules to obtain the current delivery information; acquiring the original shared translocation table according to preset creation rules, and performing translocation processing steps based on the current delivery information, the original shared translocation table and preset translocation processing rules to obtain the current security shared information corresponding to each delivery vehicle and update the shared translocation table.
[0043] During the specific implementation process, the material distribution plan is prepared by the power material management department based on factors such as production plans, inventory conditions and supplier interaction cycles, and submitted to relevant departments for approval. The material distribution plan includes the types, specifications, quantities, quality requirements, interaction time and distribution location information of the distribution materials; vehicle distribution information includes the real-time latitude and longitude coordinates of the distribution vehicle, several distribution location information, the types, quantities and specifications of power materials loaded on the distribution vehicle, the speed of the distribution vehicle and the estimated arrival time, the fuel consumption or power consumption of the distribution vehicle, the failure information of the distribution vehicle, the weather conditions and traffic conditions on the distribution route, etc.
[0044] In the specific implementation process, the preset conversion rule can select binary conversion, that is, the vehicle delivery information of the delivery vehicle collected in real time is converted into binary to obtain the currently processed delivery information.
[0045] Optionally, an original shared translocation table is obtained according to preset creation rules, and a translocation processing step is performed based on the current delivery information, the original shared translocation table and preset translocation processing rules to obtain the current safety shared information corresponding to each delivery vehicle, specifically including the following steps: obtaining the original shared translocation table according to the preset creation rules, wherein the original shared translocation table contains cells of a filled array; obtaining several groups of translocation arrays according to preset grouping rules based on the current delivery information; creating a coordinate system based on the original shared translocation table, and obtaining corresponding position coordinates of cells that meet preset corresponding conditions based on the translocation array, thereby randomly selecting a translocation change path of adjacent translocation arrays according to a preset trajectory change method based on the coordinate system and the corresponding position coordinates; obtaining translocation features according to the translocation change path according to the preset translocation mapping rules, and obtaining a translocation trajectory sequence based on the translocation features; updating according to a preset update method based on the changed position coordinates to obtain an updated shared translocation table; performing splicing processing based on the translocation trajectory sequence to obtain safety shared information.
[0046] In the specific implementation process, the original shared translocation table is obtained according to the preset creation rules. The preset creation rules can select the following steps: first, create a 4*4 table. At this time, there are 16 cells of the same specifications in the table, and then randomly fill the four-digit binary numbers of 0 to 15 into the cells in the table (it should be noted that a cell in the table can only be filled with a four-digit binary number, where the same specifications refer to the same height and width).
[0047] In the specific implementation process, the translocation processing steps are performed according to the preset translocation processing rules, and a specific translocation processing step can be selected as follows:
[0048] In order from left to right, every four characters are used as a transposition array, and a plurality of transposition arrays can be obtained according to the currently processed delivery information. In the process of obtaining the plurality of transposition arrays, if the number of characters remaining in the currently processed delivery information is greater than 0 and less than 4, all the remaining characters are temporarily stored as the invariant array of the previously processed delivery information;
[0049] All the obtained group transposition arrays are marked as A1, A2, ..., Aa in order from left to right according to their positions in the currently processed delivery information, where a≥1;
[0050] Get the original shared transposition table, and use the lower left corner vertex of the original shared transposition table as the coordinate origin, and determine the x and y axes respectively according to the row and column directions of the original shared transposition table to establish a plane rectangular coordinate system (at this time: starting from the coordinate origin, increase the value of the x axis to the right along the row direction of the shared transposition table, and increase the value of the y axis upward along the column direction of the shared transposition table; determine the value range of the x axis and the value range of the y axis in the plane rectangular coordinate system according to the number of rows and columns of the shared transposition table, the value range of the x axis is set to 0 to 3, each row corresponds to a specific value on the x axis, and the specific values on the x axis are 0, 1, 2, 3 in sequence. Similarly, set the value range of the y axis to 0 to 3, each row corresponds to a specific value on the y axis, and the specific values on the y axis are 0, 1, 2, 3 in sequence; according to the above, each cell in the shared transposition table can determine its position coordinates in the plane rectangular coordinate system by its row and column numbers);
[0051] Obtain the corresponding position coordinates B1(x1, y1) and B2(x2, y2) of the cells whose filled four-bit binary numbers are consistent with the transposition arrays A1 and A2 from the original shared transposition table. Consistency means that the number of characters and the order of characters are consistent.
[0052] According to the corresponding position coordinates B1 and B2, a plurality of coordinate change trajectories are obtained from the position coordinate B1 to the corresponding position coordinate B2 through continuous changes of a plurality of position coordinates, and a coordinate change trajectory is randomly selected as the translocation change path from the translocation array A1 to the translocation array A2, and during the change process, only the value of the horizontal coordinate or the value of the vertical coordinate is increased or decreased by 1 each time;
[0053] Among them: a plurality of position coordinates are arranged in sequence from left to right in a coordinate change track, and the horizontal coordinate value or the vertical coordinate value of two adjacent position coordinates in a coordinate change track differs by 1, wherein two adjacent positions are described according to the order in which they are arranged in the corresponding coordinate change track, and two examples are used for illustration:
[0054] Example 1: Assuming that the coordinates of B1 are (1,1) and the coordinates of B2 are (2,3), then a coordinate change trajectory may be (1,1)→(1,2)→(1,3)→(2,3). Here, the position coordinates (1,1), (1,2), (1,3), and (2,3) arranged from left to right constitute a coordinate change trajectory from B1 to B2.
[0055] Example 2: Assuming that the coordinates of B1 are (3,2) and the coordinates of B2 are (2,1), then a coordinate change trajectory may be (3,2)→(3,1)→(2,1). Here, the position coordinates (3,2), (3,1), and (2,1) arranged from left to right constitute a coordinate change trajectory from B1 to B2.
[0056] According to the preset translocation mapping rule, the translocation trajectory sequence of the translocation array A1 changing to the translocation array A2 is obtained according to the translocation change path of the translocation array A1 changing to the translocation array A2;
[0057] After obtaining the translocation trajectory sequence of the translocation array A1 to the translocation array A2, the shared translocation table stored in the current security shared unit is updated. The update steps are as follows:
[0058] First, the four-bit binary numbers filled in the cells corresponding to the position coordinates C1 and C2 are swapped. After the swap is completed, the four-bit binary numbers filled in the cells corresponding to the position coordinates C2 and C3 are swapped. And so on, the four-bit binary numbers filled in the cells corresponding to the position coordinates C3 and C4, C4 and C5, ..., Cc-1 and Cc are swapped in turn. After the swap is completed, a new shared transposition table is obtained;
[0059] The translocation trajectory sequences of the translocation array A2 changing to the translocation array A3, A3 changing to A4, ..., Aa-1 changing to Aa are calculated in sequence, wherein the shared translocation table stored in the security sharing unit is updated once each time a translocation trajectory sequence is obtained;
[0060] The translocation trajectory sequence of changing the translocation array A1 to A2, A2 to A3, ..., Aa-1 to Aa in the order of generation is concatenated using "," to obtain the current safety sharing information of the delivery vehicle at the current moment.
[0061] Optionally, translocation features are obtained according to the translocation change path according to preset translocation mapping rules, and a translocation trajectory sequence is obtained based on the translocation features, which specifically includes the following steps: obtaining the change position coordinates in the translocation change path, and obtaining the coordinate sequence mark corresponding to each change position coordinate according to a preset marking method; obtaining the translocation features according to the preset position change order based on the change position coordinates, and obtaining the translocation sequence mark corresponding to each translocation feature based on the coordinate sequence mark; obtaining the translocation trajectory sequence based on the translocation features and the translocation sequence mark.
[0062] In the specific implementation process, the translocation mapping rules in the step of "obtaining the translocation trajectory sequence from the translocation array A1 to the translocation array A2 according to the translocation change path from the translocation array A1 to the translocation array A2 according to the preset translocation mapping rules" can select the following steps:
[0063] Obtain all the position coordinates included in the translocation change path in the order from left to right, and mark them as C1, C2, ..., Cc, where c ≥ 1;
[0064] Mark the horizontal and vertical coordinate values of the position coordinate C1 as D1 and E1 in sequence, and mark the horizontal and vertical coordinate values of the position coordinate C2 as D2 and E2 in sequence. First, compare the magnitudes of D1 and D2. If D1 > D2, then use the string 00 as the translocation feature F1 from the position coordinate C1 to the position coordinate C2. If D1 < D2, then use the string 11 as the translocation feature F1 from the position coordinate C1 to the position coordinate C2. If D1 = D2, then at this time, compare the magnitudes of E1 and E2. If E1 > E2, then use the string 01 as the translocation feature F1 from the position coordinate C1 to the position coordinate C2. If E1 < E2, then use the string 10 as the translocation feature F1 from the position coordinate C1 to the position coordinate C2.
[0065] Obtain the translocation features corresponding to the changes from the position coordinate C2 to C3, C3 to C4, ..., Cc - 1 to Cc in sequence, and mark them as F2, F3, ..., Fc - 1. Concatenate the translocation features F1, F2, ..., Fc - 1 in the order of the translocation features F1, F2, ..., Fc - 1 to obtain the translocation trajectory sequence from the translocation array A1 to the translocation array A2.
[0066] Optionally, in step S2, each material receiving station obtains the vehicle distribution information based on the current security sharing information, the updated shared translocation table, and the preset inverse processing rule specifically as follows: According to the updated shared translocation table of the distribution vehicle, restore the translocation arrays A1, A2, ..., Aa in accordance with the inverse translocation processing rule, and perform splicing conversion on the translocation arrays A1, A2, ..., Aa to obtain the vehicle distribution information of the distribution vehicle at the current moment.
[0067] Optionally, step S2 further includes: receiving in real time the current security sharing information corresponding to each distribution vehicle from the material distribution terminal, storing the current security sharing information separately according to each corresponding distribution vehicle, and updating the stored updated shared translocation table corresponding to each distribution vehicle, so as to asynchronously transmit the current security sharing information and the updated shared translocation table corresponding to each distribution vehicle to the corresponding material receiving station.
[0068] The intelligent management method for power material distribution provided in this embodiment is configured to collect the distribution information of each distribution vehicle executing the material distribution plan in real time, and obtain the current safety shared information by converting the original shared translocation table of the corresponding distribution vehicle. At the same time, the current safety shared information of all distribution vehicles executing the material distribution plan is uniformly backed up and stored, and then transmitted to the corresponding material receiving station, and the corresponding material receiving station restores the data according to the updated shared translocation table. In this process, since each distribution vehicle only stores the corresponding original shared translocation table, each material receiving station only receives the current safety shared information related to it, thereby ensuring the accuracy and pertinence of the distribution information, avoiding interference from irrelevant information and potential information leakage risks, and ensuring that the information in the material distribution process can be accurately transmitted to the corresponding receiving station through a strict information transmission and restoration mechanism, thereby improving the safety, efficiency and management level of material distribution.
[0069] Embodiment 2:
[0070] The present invention also provides an intelligent management system for power material distribution, which is used to implement the intelligent management method for power material distribution provided in the first embodiment. Figure 2 As shown, the system includes: a distribution vehicle, a material distribution terminal, a material receiving terminal and a material receiving station; wherein:
[0071] Distribution vehicles are used to implement the current material distribution plan;
[0072] The material distribution terminal is used to obtain the vehicle distribution information of all distribution vehicles related to the current material distribution plan in real time, and obtain the original shared translocation table, so as to obtain the current security sharing information corresponding to each distribution vehicle and update the shared translocation table based on the vehicle distribution information, the original shared translocation table and the preset translocation processing rules;
[0073] The material receiving terminal is used to obtain the delivery location information of all delivery vehicles, and determine the material receiving station corresponding to each delivery vehicle based on the delivery location information, so as to asynchronously transmit the current security sharing information and the updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station;
[0074] The material receiving station is used to obtain vehicle delivery information based on the current security sharing information, updated shared translocation table and preset reverse processing rules.
[0075] In the specific implementation process, by setting up material distribution terminals, the vehicle distribution information of all distribution vehicles related to the current material distribution plan is collected in real time, and the real-time security shared information is converted according to the original shared translocation table of the distribution vehicles. The information is then transmitted to the corresponding material receiving station by the material receiving terminal, and the data is restored according to the corresponding updated shared translocation table, which enhances the security of distribution information, avoids interference from irrelevant information and potential risks of information leakage, and ensures that the information in the material distribution process can be accurately transmitted to the corresponding receiving end through a strict information transmission and restoration mechanism, thereby improving the efficiency and management level of material distribution.
[0076] Optionally, the material distribution terminal includes a material distribution module corresponding to each distribution vehicle, and the material distribution module includes a distribution information collection submodule and a security sharing submodule, wherein: the distribution information collection submodule is used to obtain the vehicle distribution information of the distribution vehicle in real time, and convert the vehicle distribution information according to preset conversion rules to obtain the current distribution information; the security sharing submodule is used to obtain the original shared translocation table according to preset creation rules, and perform translocation processing steps based on the current distribution information, the original shared translocation table and the preset translocation processing rules to obtain the current security shared information corresponding to the distribution vehicle and update the shared translocation table.
[0077] In the specific implementation process, the material distribution terminal includes several material distribution modules. One material distribution module corresponds to a distribution vehicle that executes the material distribution plan. The material distribution module includes a distribution information collection submodule and a security sharing submodule; the distribution information collection submodule collects and converts the vehicle distribution information of the corresponding distribution vehicle that is executing the material distribution plan in real time; the security sharing submodule receives the transmitted real-time current processing distribution information of the distribution vehicle, generates the real-time current security sharing information of the distribution vehicle according to the preset translocation processing rules, and transmits it.
[0078] Optionally, the safety sharing submodule is used to obtain the original shared translocation table according to the preset creation rules, and perform the translocation processing steps based on the current delivery information, the original shared translocation table and the preset translocation processing rules to obtain the current safety sharing information corresponding to the delivery vehicle and update the shared translocation table, specifically including: a translocation table creation unit, used to obtain the original shared translocation table according to the preset creation rules, wherein the original shared translocation table contains cells filled with arrays; an information grouping unit, used to obtain several groups of translocation arrays according to the preset grouping rules based on the current delivery information; a coordinate change unit, used to create a coordinate system based on the original shared translocation table, Based on the translocation array, the corresponding position coordinates of the cells that meet the preset corresponding conditions are obtained, so as to randomly select the translocation change path of the adjacent translocation array according to the preset trajectory change method based on the coordinate system and the corresponding position coordinates, which includes several changed position coordinates; a sequence acquisition unit is used to obtain the translocation characteristics according to the translocation change path according to the preset translocation mapping rules, and obtain the translocation trajectory sequence based on the translocation characteristics; an update unit is used to update according to the preset update method based on the changed position coordinates to obtain an updated shared translocation table; an information splicing unit is used to perform splicing processing based on the translocation trajectory sequence to obtain secure shared information.
[0079] Optionally, a sequence acquisition unit is used to acquire translocation features according to the translocation change path according to a preset translocation mapping rule, and to acquire a translocation trajectory sequence based on the translocation features, and specifically includes the following sub-units: a coordinate acquisition sub-unit, used to acquire the change position coordinates in the translocation change path, and to acquire the coordinate sequence mark corresponding to each change position coordinate according to a preset marking method; a coordinate translocation sub-unit, used to acquire the translocation features according to a preset position change order based on the change position coordinates, and to acquire the translocation sequence mark corresponding to each translocation feature based on the coordinate sequence mark; and a trajectory acquisition sub-unit, used to acquire the translocation trajectory sequence based on the translocation features and the translocation sequence marks.
[0080] Optionally, the intelligent management system for power material distribution provided in this embodiment also includes: a shared supervision platform, which is used to receive in real time the current safety sharing information corresponding to each delivery vehicle from the material distribution terminal, and store the current safety sharing information separately according to each corresponding delivery vehicle, and update and store the updated shared translocation table corresponding to each delivery vehicle, so as to asynchronously transmit the current safety sharing information and updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station.
[0081] During the specific implementation process, the shared supervision platform uniformly backs up and stores the security sharing information and updated shared translocation tables of all delivery vehicles, and transmits them off-site. Each material receiving station only receives and stores the updated shared translocation tables of the corresponding delivery vehicles, so that each material receiving station only receives the relevant delivery information, thereby ensuring the accuracy and pertinence of the delivery information, enhancing the security of the delivery information, avoiding interference from irrelevant information and potential risks of information leakage, and improving the efficiency and management level of material distribution.
[0082] During the specific implementation process, the material receiving terminal receives the distribution information of the electric power materials and the corresponding distribution vehicles, and stores a number of distribution location information of all distribution vehicles executing the material distribution plan; the material receiving terminal includes a number of material receiving modules, one material receiving module corresponds to a material receiving station, and after the material receiving terminal receives the current security sharing information of the distribution vehicle at the current moment, it obtains the several distribution location information of the distribution vehicle, and transmits the current security sharing information of the distribution vehicle at the current moment to the corresponding several material receiving modules according to the distribution location information, so as to transmit it to the corresponding material receiving stations.
[0083] During the specific implementation process, the material receiving station updates and stores the updated shared translocation table of the delivery vehicles delivered to the corresponding material receiving station to receive the current safety shared information of the delivery vehicles at the current moment. Then, the vehicle delivery information of the delivery vehicles at the current moment is obtained according to the inverse translocation processing rules based on the updated shared translocation table of the delivery vehicles, and the delivery information in the vehicle is displayed and stored.
[0084] The intelligent management system for power material distribution provided in this embodiment collects vehicle distribution information of each distribution vehicle executing the material distribution plan in real time by setting up several material distribution modules. The corresponding security sharing unit converts the original shared translocation table of the distribution vehicle to obtain real-time current security sharing information, which is transmitted to the corresponding material receiving module by the shared supervision platform and the material receiving terminal. The corresponding material receiving station restores the data according to the updated shared translocation table updated and stored therein. In this process, since each material receiving station only stores the updated shared translocation table of the corresponding distribution vehicle, each material receiving station only receives the relevant distribution information, thereby ensuring the accuracy and pertinence of the distribution information, and establishing a strict information transmission and restoration mechanism to ensure that the information in the material distribution process can be accurately transmitted to the corresponding material receiving station. At the same time, the system has higher adaptability and flexibility, can better cope with different distribution scenarios and security challenges, and improves the efficiency and management level of the material distribution system.
[0085] Embodiment three:
[0086] The present invention also provides a system for applying the intelligent management method for power material distribution, which is used to apply the intelligent management system for power material distribution provided in the second embodiment. Figure 3 As shown, the system includes: distribution vehicles, material distribution terminals, shared supervision platforms, material receiving terminals and material receiving stations; wherein:
[0087] Distribution vehicles are used to implement the current material distribution plan;
[0088] The material distribution terminal is used to obtain the vehicle distribution information of all distribution vehicles related to the current material distribution plan in real time, and obtain the original shared translocation table, so as to obtain the current security sharing information corresponding to each distribution vehicle and update the shared translocation table based on the vehicle distribution information, the original shared translocation table and the preset translocation processing rules;
[0089] The shared supervision platform is used to receive and back up the current security sharing information from the material distribution terminal based on the distribution vehicle, and update the updated shared translocation table corresponding to the distribution vehicle, so as to asynchronously transmit the current security sharing information and updated shared translocation table corresponding to all distribution vehicles to the material receiving terminal;
[0090] The material receiving terminal is used to obtain the delivery location information of all delivery vehicles, and determine the material receiving station corresponding to each delivery vehicle based on the delivery location information, so as to asynchronously transmit the current security sharing information and the updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station;
[0091] The material receiving station is used to obtain vehicle delivery information based on the current security sharing information, updated shared translocation table and preset reverse processing rules.
[0092] During the specific implementation process, the shared supervision platform is used for information interaction and feedback between material distribution terminals and material receiving terminals.
[0093] The system for applying the intelligent management method for power material distribution provided in this embodiment is that each material receiving station will only receive the distribution information related to it, thereby ensuring the accuracy and pertinence of the distribution information, and also enhancing the security of the distribution information, avoiding interference from irrelevant information and potential risks of information leakage, and using a shared supervision platform for unified reception and backup, realizing information interaction, thereby improving the efficiency and management level of material distribution.
[0094] The above is a preferred embodiment of the present invention. It should be pointed out that a person skilled in the art can make several improvements and modifications without departing from the principle of the present invention. These improvements and modifications are also considered to be within the scope of protection of the present invention.
Claims
1. An intelligent management method for power material distribution, characterized in that: The following steps are involved: Obtain the vehicle distribution information and original shared translocation table of all distribution vehicles related to the current material distribution plan in real time, so as to obtain the current safety sharing information corresponding to each distribution vehicle and update the shared translocation table based on the vehicle distribution information, the original shared translocation table and the preset translocation processing rules; The delivery location information of all delivery vehicles is obtained, and the material receiving station corresponding to each delivery vehicle is determined based on the delivery location information, so as to asynchronously transmit the current safety sharing information and updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station, thereby allowing each material receiving station to obtain vehicle delivery information based on the current safety sharing information, updated shared translocation table and preset inverse processing rules.
2. The intelligent management method for power material distribution according to claim 1 is characterized in that: The real-time acquisition of the current delivery information and the original shared translocation table of all delivery vehicles related to the current material distribution plan, so as to obtain the current safety shared information corresponding to each delivery vehicle and update the shared translocation table based on the current delivery information, the original shared translocation table and the preset translocation processing rules, includes: Obtain the vehicle distribution information of all distribution vehicles related to the current material distribution plan in real time, and convert the vehicle distribution information according to the preset conversion rules to obtain the current distribution information; The original shared translocation table is obtained according to the preset creation rules, and the translocation processing steps are performed based on the current delivery information, the original shared translocation table and the preset translocation processing rules to obtain the current safety sharing information corresponding to each delivery vehicle and update the shared translocation table.
3. The intelligent management method for power material distribution according to claim 2 is characterized in that: The method of obtaining the original shared translocation table according to the preset creation rules, and performing the translocation processing step based on the current delivery information, the original shared translocation table and the preset translocation processing rules to obtain the current safety shared information corresponding to each delivery vehicle includes: Obtain an original shared translocation table according to a preset creation rule, wherein the original shared translocation table contains cells of a filled array; Based on the current delivery information and according to the preset grouping rules, several groups of transposition arrays are obtained; A coordinate system is created based on the original shared translocation table, and corresponding position coordinates of cells meeting preset corresponding conditions are obtained based on the translocation array, so as to randomly select a translocation change path of adjacent translocation arrays according to a preset trajectory change method based on the coordinate system and the corresponding position coordinates, which includes a number of change position coordinates; Obtaining translocation features according to the translocation change path according to the preset translocation mapping rules, and obtaining a translocation trajectory sequence based on the translocation features; Based on the changed position coordinates, update according to the preset update method to obtain an updated shared translocation table; Based on the translocation locus sequence, splicing is performed to obtain safe sharing information.
4. The intelligent management method for power material distribution according to claim 3 is characterized in that: The method of obtaining translocation features according to the translocation change path according to the preset translocation mapping rule, and obtaining the translocation trajectory sequence based on the translocation features, includes: Obtain the coordinates of the changed positions in the translocation change path, and obtain the coordinate sequence marks corresponding to each changed position coordinate according to a preset marking method; Obtaining translocation features according to a preset position change order based on the change position coordinates, and obtaining a translocation order mark corresponding to each translocation feature based on the coordinate order mark; The translocation locus sequence was obtained based on the translocation characteristics and translocation sequence markers.
5. The intelligent management method for power material distribution according to claim 1 is characterized in that: The method of obtaining the delivery location information of all delivery vehicles and determining the material receiving station corresponding to each delivery vehicle based on the delivery location information, so as to asynchronously transmit the current safety sharing information and the updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station, thereby enabling each material receiving station to obtain the vehicle delivery information based on the current safety sharing information, the updated shared translocation table and the preset inverse processing rules, also includes: receiving the current safety sharing information corresponding to each delivery vehicle from the material distribution terminal in real time, and storing the current safety sharing information separately according to each corresponding delivery vehicle, and updating and storing the updated shared translocation table corresponding to each delivery vehicle, so as to asynchronously transmit the current safety sharing information and the updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station.
6. An intelligent management system for power material distribution, used to implement an intelligent management method for power material distribution as claimed in any one of claims 1 to 5, characterized in that: include: Distribution vehicles, material distribution terminals, material receiving terminals and material receiving stations; among which: The distribution vehicle is used to execute the current material distribution plan; The material distribution terminal is used to obtain the vehicle distribution information of all distribution vehicles related to the current material distribution plan in real time, and obtain the original shared translocation table, so as to obtain the current security shared information corresponding to each distribution vehicle and update the shared translocation table based on the vehicle distribution information, the original shared translocation table and the preset translocation processing rules; The material receiving terminal is used to obtain the delivery location information of all delivery vehicles, and determine the material receiving station corresponding to each delivery vehicle based on the delivery location information, so as to asynchronously transmit the current security sharing information and the updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station; The material receiving station is used to obtain vehicle delivery information based on the current security sharing information, updated shared translocation table and preset reverse processing rules.
7. The intelligent management system for power material distribution according to claim 6 is characterized in that: The material distribution terminal includes a material distribution module corresponding to each distribution vehicle, and the material distribution module includes a distribution information collection submodule and a security sharing submodule, wherein: The delivery information collection submodule is used to obtain the vehicle delivery information of the delivery vehicle in real time, and perform conversion processing based on the vehicle delivery information according to the preset conversion rules to obtain the current delivery information; The safety sharing submodule is used to obtain the original shared translocation table according to the preset creation rules, and perform the translocation processing steps based on the current delivery information, the original shared translocation table and the preset translocation processing rules to obtain the current safety sharing information corresponding to the delivery vehicle and update the shared translocation table.
8. The intelligent management system for power material distribution according to claim 7 is characterized in that: The safety sharing submodule is used to obtain the original shared translocation table according to the preset creation rules, and perform the translocation processing steps based on the current delivery information, the original shared translocation table and the preset translocation processing rules to obtain the current safety sharing information corresponding to the delivery vehicle and update the shared translocation table, including: A transposition table creation unit, used for obtaining an original shared transposition table according to a preset creation rule, wherein the original shared transposition table contains cells for filling an array; An information grouping unit, used to obtain a plurality of transposition arrays according to a preset grouping rule based on current delivery information; A coordinate changing unit is used to create a coordinate system based on the original shared translocation table, and obtain corresponding position coordinates of cells that meet preset corresponding conditions based on the translocation array, so as to randomly select a translocation change path of adjacent translocation arrays according to a preset trajectory change method based on the coordinate system and the corresponding position coordinates, which includes a number of changed position coordinates; A sequence acquisition unit, used to acquire translocation features according to the translocation change path according to a preset translocation mapping rule, and acquire a translocation trajectory sequence based on the translocation features; An updating unit, used to update the shared translocation table based on the changed position coordinates according to a preset updating method; The information splicing unit is used to perform splicing processing based on the translocation trajectory sequence to obtain secure shared information.
9. The intelligent management system for power material distribution according to claim 7 is characterized in that: The sequence acquisition unit is used to acquire translocation features according to the translocation change path according to the preset translocation mapping rule, and acquire the translocation trajectory sequence based on the translocation features, including: A coordinate acquisition subunit is used to acquire the coordinates of the changed position in the translocation change path, and acquire the coordinate sequence mark corresponding to each changed position coordinate according to a preset marking method; A coordinate translocation subunit, used to obtain translocation features according to a preset position change order based on the change position coordinates, and to obtain a translocation sequence mark corresponding to each translocation feature based on the coordinate sequence mark; The track acquisition subunit is used to acquire the translocation track sequence based on the translocation characteristics and translocation sequence markers.
10. The intelligent management system for power material distribution according to claim 6, characterized in that: Also includes: The shared supervision platform is used to receive the current safety sharing information corresponding to each delivery vehicle from the material distribution terminal in real time, and store the current safety sharing information separately according to each corresponding delivery vehicle, and update and store the updated shared translocation table corresponding to each delivery vehicle, so as to asynchronously transmit the current safety sharing information and updated shared translocation table corresponding to each delivery vehicle to the corresponding material receiving station.